The spectacular growth of agricultural productivity during the twentieth century was made possible thanks to several remarkable developments in farming techniques: genetic selection, agrochemicals, mechanized and intensive production. This revolution in agricultural practices has, however, generated numerous environmental problems with the excessive use of pesticides, nitrates and phosphates. Humanity now needs to develop environmentally friendly farming techniques.
Two main axes:
Beside improving low-input agricultural strategies and quality of crops, a second set of added values of TULIP translational research programs will be environmental. On the one hand, fundamental questions addressed by scientists working using molecular approaches are complemented by environmental approaches leading to engineering and ecological restoration. On the other hand, involving ecologists is a unique opportunity to study long-term environmental impacts of new products developed by biologists.
One of the aims of the TULIP project is to strengthen research at the interface between sciences that appear as most applied (chemistry, agronomy and environmental conservation). Interactions between applied and fundamental research is also one of TULIP specificities and must lead to enhance observatories. In the medium term, researchers hope to improve biodiversity management and, thanks to some strong links with environmental agencies, influence public policy as, for example, taking biodiversity into account in local planning and the organization of territories.
Research development is based on relationships between scientific institutions and industrial partners: Toulouse SATT (Toulouse Tech Transfer), INRA Transfert, Agrimip innovation cluster, agro-industrial and seed companies.
Innovation calls for projects
The purpose of this call for proposals is to support valorisation or pre-maturation / pre-valorisation actions and concerns the scientific community of TULIP as well as the private partners of our network. A period of 6 months is left to the potential projects leaders to allow a co-construction of the project and the relationship with partners.
We remind you briefly the conditions of attribution:
- The projects must be co-funded, the TULIP partner must contribute at least 50% of the total cost of the project
- Writing a one-page letter of intent
- Duration of the project 6 - 12 months,
- Selection by the TULIP Innovation Committee
- COMBIER JP et al. A : Utilisation de micropeptides pour favoriser la croissance des plantes - Juin 2014 LRSV
- COMBIER JP et al. B : Utilisation de micropeptides pour favoriser la croissance des plantes - Juin 2014 LRSV
- COMBIER JP et al. Utilisation de micropeptides pour favoriser la symbiose mycorhizienne - Juin 2014 LRSV
- ERRAKHI R et al. Utilisations en agriculture d'une nouvelle bactérie du genre Streptomyces. N° 135986 européen - Septembre 2013 LRSV
- COMBIER JP et al. Utilisation de peptides pour réguler l’expression de gènes - Octobre 2013 LRSV
- BONO JJ et al. Utilisation d'un récepteur kinase à motifs LysM pour améliorer la réponse des plantes aux lipochitooligosaccharides. N° PCT/IB2013/058147 - Août 2013 LIPM
- HERRBACH et al. Compositions and methods for enhancing plant growth and development. N° PCT/IB2013/058879 - Septembre 2013 LIPM
- ROBY D. et al. Resistance to black rot disease in plants from the Brassicaceae family. N° 12305106.2. européen - Janvier 2012 LIPM
- RODIUC N. et al. Plants resistant to pathogens and methods for production thereof. # WO/2012/017067. - 2012 LIPM